Selling Aviation Kerosene to Airlines: A Step-by-Step Guide

Last Updated on July 28, 2026 by Daniel Globe

Selling aviation kerosene to airlines is not an ordinary wholesale-fuel transaction. A supplier must prove that the fuel meets the required aviation specification, preserve its quality from the refinery to the aircraft, secure airport access, comply with safety and environmental rules, and show that deliveries will continue during disruptions. Price matters, but reliability, traceability, quality control, and financial strength often determine whether a supplier is qualified to bid.

Understand the Aviation Kerosene Market

The aviation kerosene market is driven by flight activity, crude-oil and refining economics, regional supply capacity, airport infrastructure, taxes, geopolitical events, and airline fleet efficiency. Global passenger demand has moved beyond the pandemic-recovery stage. The International Air Transport Association reported that full-year passenger traffic grew 5.3% in 2025 after reaching a record in 2024.

Fuel demand does not always rise at the same rate as passenger traffic. Newer aircraft, higher load factors, route changes, and operating improvements can reduce fuel used per seat. In the United States, the Energy Information Administration reported that commercial aviation capacity had recovered by 2024 while gains in fleet efficiency helped slow jet-fuel consumption growth.

The addressable market is not simply “all fuel used by airlines.” It is the volume at airports where a supplier can obtain access, meet the required specification, finance inventory, and deliver at an acceptable total cost.

Jet A, Jet A-1, and Sustainable Aviation Fuel

Jet A and Jet A-1 are the principal kerosene-type civil aviation turbine fuels. They are covered by the current ASTM D1655 specification when that standard applies.

• Jet A: Used mainly in the United States. Its maximum freeze point is generally −40°C.
• Jet A-1: Common outside the United States. Its maximum freeze point is generally −47°C.
• Both grades: Have a minimum flash point of 38°C under the referenced specification, along with detailed limits for composition, volatility, fluidity, combustion, corrosion, thermal stability, contaminants, and additives.

Aviation kerosene is not interchangeable with ordinary heating kerosene. Even when a non-aviation product has similar boiling, flash-point, or freeze-point properties, it has not necessarily been manufactured, tested, documented, transported, or protected under aviation-fuel controls.

Sustainable aviation fuel, or SAF, may contain approved synthetic blending components. Under ASTM D7566, a qualifying batch that is certified and released to the standard can be regarded as D1655 turbine fuel and handled as the equivalent conventional grade. The exact approved pathway, blend limit, certificate, sustainability evidence, and chain-of-custody requirements still matter.

Identify the Right Buyers

Major passenger airlines are visible buyers, but they are not the only route to market. At many airports, fuel is purchased, stored, or dispensed through a consortium, airport fuel system, into-plane service company, fixed-base operator, concessionaire, or contracted fuel manager.

Potential buyer groups include:

• Network and low-cost passenger airlines: Often use formal tenders covering one airport, a country, or a multi-airport network.
• Regional airlines: May buy directly or through the systems used by a larger partner.
• Cargo carriers: Need reliable supply at scheduled hubs and diversion airports.
• Charter and business-aviation operators: May purchase through fixed-base operators or fuel-card networks rather than direct refinery-scale contracts.
• Airport fuel consortiums and operators: Can control shared storage and hydrant infrastructure.
• Government and military buyers: Usually follow separate tender, specification, security, and contracting rules.

Research Each Airport Before Contacting an Airline

A supplier should answer these questions before preparing a sales pitch:

• Who owns or operates the airport fuel farm and hydrant system?
• Can new suppliers inject fuel into the system?
• Is access controlled through a lease, concession, throughput agreement, consortium membership, or handling contract?
• Which fuel grade and quality standard does the airport accept?
• Which pipeline, terminal, truck, rail, barge, or coastal routes serve the airport?
• Who performs into-plane delivery?
• What storage, minimum-stock, emergency-stock, and nomination rules apply?
• Which taxes, inspection fees, throughput charges, and airport fees apply?
• Does the airline issue public tenders, invited tenders, or direct negotiations?

Choose Your Business Model

The required capital, permits, personnel, and risk depend on what the company will actually do.

• Producer or refiner: Manufactures and certifies the original batch.
• Importer or wholesaler: Buys certified fuel and brings it into a national or regional market.
• Marketer or reseller: Holds commercial title while contracting storage and logistics from other companies.
• Broker or agent: Introduces parties or arranges transactions without necessarily taking title or physical custody.
• Terminal or storage operator: Receives, segregates, stores, tests, and releases fuel.
• Transport provider: Moves fuel by pipeline, vessel, rail, or cargo-tank motor vehicle.
• Into-plane operator: Delivers fuel from an airport system or refueler into aircraft.

A company that only markets fuel has a different regulatory profile from a company that owns tanks, drives fuel trucks, blends SAF, or refuels aircraft. Contracts should state each party’s role clearly, including where title, custody, quality responsibility, and risk of loss transfer.

Build a Supplier-Readiness Package

Before contacting airline procurement teams, assemble evidence that the company can deliver safely and continuously. A typical qualification package may include:

• Company registration, ownership, tax, sanctions-screening, and banking information.
• Audited financial statements, trade references, and proof of working-capital capacity.
• Product-source agreements and refinery or terminal details.
• Fuel specifications, certificates, sampling procedures, and laboratory arrangements.
• A documented quality-management system with named release authority.
• Storage, transport, throughput, and into-plane agreements.
• Airport permits, leases, concessions, access approvals, and security credentials.
• Environmental permits, spill plans, tank records, and emergency-response procedures.
• Personnel qualifications and initial and recurrent training records.
• Insurance certificates for general liability, pollution liability, vehicle operations, product liability, and aviation-related exposures as required.
• Business-continuity plans covering refinery outages, terminal closures, transport disruption, weather, and supply allocation.
• Quality, safety, environmental, sanctions, anti-bribery, and sustainability policies.

Meet Regulatory and Airport Requirements

There is no single worldwide license that authorizes a business to sell aviation kerosene everywhere. The applicable requirements depend on the country, state or province, airport, business model, storage design, transport mode, and whether the company takes physical custody of the fuel.

Fuel Specification

The sales contract should name the exact fuel grade, current revision of the required specification, permitted additives, testing requirements, certificate format, and applicable buyer-specific standards. In many civil transactions this means Jet A or Jet A-1 meeting ASTM D1655, but national specifications, DEF STAN requirements, purchaser checklists, or other contract standards may also apply.

Airport Fueling and Fire Safety

At U.S. airports certificated under Part 139, 14 CFR 139.321 requires airport standards that address fuel facilities, procedures, bonding, access control, fire safety, and personnel training. The active FAA Advisory Circular 150/5230-4C provides guidance for airport fuel storage, handling, dispensing, and training.

The airport’s own certification manual, fire code, lease, concession terms, operating procedures, security rules, and inspection program may add requirements. Approval from an airline does not replace approval from the airport or public authority.

Hazardous-Material Transportation

In the United States, parties offering or transporting jet fuel in commerce may be subject to the DOT Hazardous Materials Regulations in 49 CFR Parts 171–180. Depending on the operation, duties can include correct classification, shipping papers, marking, placarding, cargo-tank compliance, emergency-response information, security planning, and employee training.

International or cross-border movements can also involve customs, dangerous-goods, road, rail, maritime, pipeline, and import rules in every relevant jurisdiction.

Environmental and Tank Requirements

Facilities that store oil may be subject to the EPA’s Spill Prevention, Control, and Countermeasure rules. Covered facilities may need a written SPCC Plan, secondary containment, inspections, integrity testing, training, and discharge-response procedures.

Airport hydrant systems and field-constructed tanks may also fall under federal or state underground-storage-tank requirements. State and local rules can be more stringent than federal minimums.

Worker Safety, Fire Codes, and Security

Employers must evaluate workplace obligations involving flammable liquids, hazard communication, personal protective equipment, exposure control, emergency action, and fire prevention. Local fire marshals, airport authorities, occupational-safety agencies, environmental regulators, and security agencies may all have approval or inspection roles.

Develop a Marketing and Tender Strategy

Airline fuel procurement is evidence-driven. Buyers need to know where the fuel comes from, how it reaches the airport, how its quality is protected, what happens during a disruption, and how the total delivered price is calculated.

Find and Prepare for Tenders

Airlines may issue requests for information, prequalification questionnaires, requests for proposals, electronic auctions, or direct invitations to selected suppliers. Monitor airline procurement portals, airport and consortium notices, government tender systems, and established aviation-fuel industry networks.

A strong tender response should:

• Follow every instruction and submission deadline exactly.
• State the offered airport, grade, volume, delivery point, and contract period clearly.
• Separate the market index from the supplier differential and pass-through costs.
• Identify all assumptions and exclusions.
• Provide documentary evidence rather than promotional claims.
• Disclose subcontractors and infrastructure dependencies.
• Explain backup supply and emergency communication.
• Confirm the validity period of the quotation.

Industry conferences and trade events can help suppliers meet procurement, operations, sustainability, and quality personnel. However, relationship-building does not replace qualification, competitive pricing, or a compliant physical supply chain.

Negotiate an Airline Fuel-Supply Contract

Aviation-fuel contracts must align the commercial deal with the physical supply chain. Important clauses commonly include:

• Product and specification: Grade, current specification revision, additives, quality documents, test methods, and buyer-specific requirements.
• Delivery point: Refinery gate, terminal, airport tank, hydrant inlet, refueler, or aircraft wing.
• Title and risk: The exact point where ownership, custody, quality responsibility, and risk of loss transfer.
• Volumes: Forecasts, firm nominations, minimums, maximums, tolerances, seasonal profiles, and growth allowances.
• Price formula: Agreed index, assessment timing, location differential, transport, storage, throughput, taxes, airport charges, and currency.
• Index disruption: A replacement method if the selected assessment is discontinued, delayed, or materially changed.
• Payment: Invoice timing, credit limit, security, guarantees, late-payment rules, dispute procedure, and setoff rights.
• Quality claims: Sampling, retained samples, testing laboratory, notification, quarantine, investigation, rejection, replacement, and liability.
• Service levels: Delivery windows, minimum stock, response time, documentation, reporting, and escalation.
• Force majeure: Defined events, notice, mitigation duties, allocation, substitute supply, and termination rights.
• Audit rights: Access to relevant quality, safety, sustainability, and delivery records.
• Insurance and indemnity: Limits and scope appropriate to product, pollution, vehicle, storage, and aviation risks.
• Sanctions and compliance: Trade controls, anti-bribery, tax, customs, environmental, and safety obligations.

Set Up the Distribution Network

Aviation kerosene may move from a refinery or import terminal by pipeline, vessel, barge, rail, or cargo-tank vehicle. It may then pass through one or more intermediate terminals before entering airport storage, a hydrant system, a refueler, and finally the aircraft.

Map Every Custody Transfer

For each stage, document:

• The party holding title and physical custody.
• The applicable product and quality standard.
• The required certificate or test record.
• The approved tank, line, vehicle, or vessel.
• Sampling, testing, filtration, sealing, and release responsibilities.
• Maximum transit or storage conditions where relevant.
• Loss measurement and inventory-reconciliation rules.
• Incident notification and quarantine authority.

Design for Disruption

A backup plan should identify alternate fuel sources, terminals, transport providers, airports, storage positions, and decision-makers. It should also state when emergency supply can be activated, how extra cost is approved, and how scarce volume will be allocated among customers.

Do not advertise a backup source unless the necessary credit, transport, storage, quality, and airport-access arrangements are executable. A refinery relationship in another region is not useful if the fuel cannot reach the airport in time.

Protect Fuel Quality from Refinery to Aircraft

ASTM D1655 establishes minimum properties for Jet A and Jet A-1 at batch certification, but it does not by itself provide every downstream quality-assurance procedure needed after the fuel enters distribution. Suppliers should use the standards required by their contract and operation, which may include ICAO Doc 9977, EI/JIG Standard 1530, JIG standards, ATA Specification 103, API publications, airport rules, and buyer procedures.

A refinery certificate proves that a batch met its specification when released. Documented controls preserve that quality as the fuel moves through tanks, pipelines, vehicles, hydrants, and refueling equipment.

Core Quality-Control Elements

• Approved product sources and current specifications.
• Batch identity and full traceability through every custody transfer.
• Certificates of quality, recertification records, release certificates, or other documents required for the movement.
• Dedicated or properly controlled tanks, lines, vehicles, and equipment.
• Product segregation and grade-identification controls.
• Receipt, settling, sampling, inspection, testing, and release procedures.
• Water detection and removal controls.
• Filtration and equipment-maintenance programs.
• Tank-bottom draining and cleanliness procedures.
• Seal numbering and tamper-control records where used.
• Additive receipt, storage, injection, and concentration controls.
• Calibration and verification of test and measurement equipment.
• Retained samples and record-retention rules.
• Qualified laboratories and trained personnel.
• Internal audits, supplier audits, corrective actions, and management review.
• Formal management of changes to sources, tanks, lines, equipment, procedures, software, or subcontractors.

Respond to Suspected Contamination or Off-Specification Fuel

1. Stop transfer or delivery immediately when safe to do so.
2. Identify and quarantine every potentially affected tank, vehicle, line, and batch.
3. Protect evidence, seals, documents, and retained samples.
4. Notify the designated quality authority and affected contractual parties.
5. Use an agreed, qualified laboratory and sampling procedure.
6. Trace previous and subsequent movements to define the affected population.
7. Do not release, blend, regrade, return, or dispose of fuel without documented authorization.
8. Record the root cause, corrective action, customer disposition, and regulatory notifications.

Manage Inventory and Storage

Inventory planning must balance supply reliability against capital cost, storage capacity, product aging, throughput commitments, and demand uncertainty. Airlines typically provide forecasts and shorter-term nominations, but actual uplift can change because of weather, aircraft substitutions, schedule changes, tankering, diversions, or disruptions elsewhere in the network.

Track More Than Tank Volume

A useful inventory system should show:

• Book and physical inventory by batch, grade, tank, and ownership.
• Available, quarantined, reserved, and unusable volume.
• Inbound movements and confirmed arrival times.
• Airline forecasts, nominations, and actual uplift.
• Minimum operating stock and emergency reserve.
• Tank capacity, working capacity, and operational constraints.
• Measured losses, gains, temperature-related adjustments, and unexplained variance.
• Outstanding quality documents or release restrictions.

Storage facilities must follow the approved inspection, maintenance, water-drain, sampling, cleanliness, calibration, overfill-prevention, spill-control, security, and integrity-testing programs applicable to the facility.

Set Pricing and Payment Terms

Airline fuel prices are commonly built from an agreed market reference plus a differential. The complete delivered price may include:

• The selected market index or price assessment.
• Location, grade, and timing basis.
• Supplier margin.
• Pipeline, vessel, rail, or truck freight.
• Terminal storage and handling.
• Airport throughput or hydrant fees.
• Into-plane service charges.
• Taxes, duties, environmental charges, and inspection fees.
• Currency conversion and banking cost.
• SAF premium, certificate cost, or chain-of-custody service where applicable.

The contract should specify the publication, quotation period, averaging method, time zone, unit conversion, rounding method, holiday treatment, and invoice evidence. Avoid informal phrases such as “market price” because two parties may interpret the same term differently.

Control Credit and Working-Capital Risk

Airline fuel contracts can require substantial cash because suppliers may pay for product, freight, taxes, and storage before collecting from the buyer. Payment terms should therefore be based on a credit review rather than offered automatically.

Possible controls include deposits, parent guarantees, bank guarantees, letters of credit, credit insurance, shorter billing cycles, volume limits, suspension rights, and collateral. The contract should also address disputed invoices without allowing a small dispute to delay payment of the undisputed balance.

Provide Customer Support and After-Sales Service

A dedicated airline account team should connect commercial, supply, quality, credit, tax, and operations personnel. Buyers should know whom to contact for normal nominations, urgent delivery changes, quality concerns, invoice disputes, and emergencies.

Useful service indicators include:

• On-time and in-full delivery rate.
• Stockout or allocation events.
• Document accuracy and delivery time.
• Quality incidents and near misses.
• Time to acknowledge and resolve claims.
• Invoice accuracy.
• Forecast versus actual uplift.
• Inventory variance.
• Safety, spill, and training performance.
• Corrective-action closure time.

Review performance with the airline at an agreed frequency. Report failures honestly, identify the root cause, and show whether corrective action has been verified.

Develop a Credible SAF Offering

Airlines are seeking lower-emission options, but SAF sales require more than applying a green label to conventional fuel. A credible offer should identify:

• The approved ASTM D7566 production pathway.
• The synthetic blending-component producer and batch.
• The blend location and permitted blend percentage.
• Certification and redesignation as D1655 fuel.
• Sustainability certification and lifecycle-emissions evidence.
• Feedstock and chain-of-custody information.
• Whether the transaction uses physical delivery, mass balance, or book-and-claim.
• Who owns the environmental attributes.
• How double counting is prevented.
• The applicable mandate, tax, customs, or CORSIA treatment.

Do not promise a percentage reduction in emissions unless the claim is tied to the correct lifecycle method, certified batch, contractual attributes, and reporting boundary. Tailpipe carbon dioxide is not eliminated merely because SAF is used; the claimed benefit is normally based on lifecycle accounting.

Expand and Grow the Business

Growth should follow proven control, not run ahead of it. A supplier can expand by adding airports, buyer groups, storage positions, logistics routes, SAF capability, or related services such as inventory management and into-plane coordination.

Before entering a new airport or country, repeat the full review of product specification, infrastructure, airport access, taxes, transport, permits, quality systems, credit exposure, and emergency supply. Do not assume a successful process at one airport will be accepted unchanged at another.

Partnerships and acquisitions can provide infrastructure or market access, but due diligence should cover tank integrity, contamination history, environmental liabilities, permits, employee competence, customer contracts, sanctions exposure, quality records, and outstanding claims.

Common Problems and How to Handle Them

Step-by-Step Roadmap to Your First Airline Contract

1. Choose the business role. Decide whether the company will produce, import, take title, store, transport, market, or dispense fuel.
2. Select the target airport and buyer. Confirm demand, infrastructure ownership, access route, grade, and procurement process.
3. Secure a qualified fuel source. Obtain a binding or executable supply arrangement with the required grade, documentation, and volume.
4. Build the physical route. Contract compliant transport, storage, throughput, and into-plane services with backup options.
5. Complete legal and regulatory approvals. Address company, tax, customs, environmental, hazardous-material, fire, airport, security, and operating requirements.
6. Implement the quality-management system. Define specifications, certificates, sampling, testing, release, quarantine, records, audits, and incident response.
7. Arrange finance and insurance. Model working capital, obtain credit facilities, set risk limits, and place the required coverage.
8. Pass supplier prequalification. Submit complete evidence and prepare for airline, airport, or consortium audits.
9. Bid and negotiate. Quote a clear index-based delivered price and negotiate quality, volume, payment, service, liability, and force-majeure terms.
10. Commission and operate under control. Verify facilities, equipment, records, training, communications, stock, and emergency arrangements before the first delivery.

Sources

1. IATA — Strong 2025 Passenger Demand — supports current global passenger-demand context.
2. ASTM D1655-26 and ASTM D7566-26 — support Jet A, Jet A-1, and synthetic aviation-fuel specification guidance.
3. FAA AC 150/5230-4C and 14 CFR 139.321 — support airport storage, handling, fire-safety, and personnel-training guidance.
4. EPA Oil-Spill Prevention Rules and EPA Airport Hydrant System Guidance — support SPCC, tank, spill, and release-prevention guidance.
5. 49 CFR Part 172 and 49 CFR Part 173 — support U.S. hazardous-material classification, documentation, and shipment requirements.
6. IATA Sustainable Aviation Fuel — supports current SAF production and market-scale information.

Frequently Asked Questions

What is aviation kerosene?

Aviation kerosene is a category of kerosene-type fuel made for aircraft turbine engines. The main civil grades are Jet A and Jet A-1. The supplied fuel must meet the grade, specification, additive, documentation, and quality-control requirements stated by the contract and jurisdiction.

What is the difference between Jet A and Jet A-1?

Both are kerosene-type aviation turbine fuels. Jet A is used mainly in the United States and generally has a maximum freeze point of −40°C. Jet A-1 is common internationally and generally has a maximum freeze point of −47°C. Contract specifications and permitted additives can create other differences.

Can ordinary heating kerosene be sold as aircraft fuel?

No. A non-aviation kerosene product is not automatically suitable for aircraft. Aviation fuel must meet the full required specification and be manufactured, tested, documented, stored, transported, and released through an approved quality-controlled supply chain.

Do I need a license to sell aviation kerosene?

There is no single universal license. Depending on the business model and location, a supplier may need company and tax registrations, import or customs approvals, hazardous-material registrations, environmental permits, tank approvals, airport agreements, security credentials, fire-code approval, trained personnel, and insurance.

How do airlines buy aviation kerosene?

Airlines may use prequalified tenders, requests for proposals, electronic auctions, direct negotiations, airport consortiums, or contracted fuel managers. The buyer normally evaluates quality, supply security, airport access, total delivered cost, financial capacity, service performance, and contract risk.

How can a new company become an airline fuel supplier?

Choose a clear business role, secure a qualified source, obtain airport and regulatory approvals, contract compliant logistics, implement a quality-management system, arrange finance and insurance, prepare a supplier data room, pass prequalification, and then bid for a defined airport and contract period.

Can sustainable aviation fuel be sold as Jet A or Jet A-1?

Approved synthetic blending components can be blended and certified under ASTM D7566. Once the finished batch meets D7566 and is released as specified, it can be regarded as D1655 turbine fuel. Sustainability certification and environmental attributes still require separate documentation and chain-of-custody controls.

What are the biggest risks in selling aviation kerosene?

Major risks include off-specification or contaminated fuel, stockouts, airport-access failure, transport disruption, spills, fire, regulatory breaches, price exposure, customer credit failure, inadequate working capital, inaccurate sustainability claims, and contracts that do not assign quality or liability clearly.